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R&S®RTE1000 oscilloscope is truly uncompromized in performance. Handle everyday T&M challenges quickly, accurately & easily with the R&S®RTE1000.
Up to 40% on your new R&S®RTO6 for trading in R&S®RTO1000
Improve efficiency and accuracy in remote testing with Python test automation for Rohde & Schwarz instruments. Streamline processes and enhance testing precision.
The R&S®HMO1002 is the preceding model of the R&S®RTC1000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®HMO1002 here.
The R&S®RTM2000 is the preceding model of the R&S®RTM3000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®RTM2000 here.
The R&S®HMO3000 is the preceding model of the R&S®RTC1000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®HMO3000 here.
The R&S®RTM1000 is a preceding model of the R&S®RTM3000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®RTM1000 here.
The R&S®HMO1202 is the preceding model of the R&S®RTC1000 Oscilloscope. Find manuals, drivers, firmware and software for the R&S®HMO1202 here.
The R&S modular probe system addresses today’s probing requirements with a technically sophisticated, yet easy-to-handle solution. Explore now!
Learn about basic oscilloscope operation and probes as well as various oscilloscope related applications that help you optimize your measurement results.
R&S®RTO2000 oscilloscopes offer bandwidths from 600 MHz to 6 GHz to test, debug and characterize your designs quickly. Explore and test now!
The clock data recovery oscilloscope software provides realtime clock recovery for non-return-to-zero (NRZ) serial data up to 5.0 Gbps. Learn more here.
The R&S®RTH-K33 frequency counter option provides a two channel, high-resolution frequency counter for the Scope Rider handheld oscilloscope. Learn more here.
The R&S harmonic analysis oscilloscope software for the R&S®Scope Rider measures of up to 64 harmonics automatically. Explore now.
The realtime deembedding of signal path characteristics is based on S-parameters. Learn more about the deembedding software option for general analyses here.
The option K35 / K500 enables bus measurements on the R&S®RTO6 and R&S®RTP oscilloscopes. Learn more about the bus measurement oscilloscope software here.
K135 enables PAM-N Analysis for teh RTO and RTP Oscilloscopes.
R&S®InstrumentView remote analysis for Rohde & Schwarz oscilloscopes: Download waveforms from your oscilloscope to your computer and use this software to analyze them in detail.
The R&S campus dashboard software simplifies teaching of student groups in laboratories with multiple workbenches. Learn more about the CDS scope software.
R&S®RTO and RTP oscilloscopes support decoding and triggering of 100BASE-T1 and 1000BASE-T1 automotive ethernet buses. The MXO series support 10Base-T1S and 100Base-T1. Find out more about the decoding software here.
Low speed serial buses such as I2C/SPI, RS-232/UART and Manchester/NRZ on your Rohde & Schwarz instrument. Your oscilloscope can provide a system-level view of one or more serial buses time correlated with other system events
R&S®RTP, RTO & MXO oscilloscopes support decoding and triggering of automotive protocols such as CAN, CAN-FD, CAN-XL, LIN, FlexRay, SENT, CXPI. Find out more about the software package here.
Single-ended active probes are used to accurately measure ground-referenced signals. R&S offers a variety of models with a bandwidth of up to 6 GHz. Learn more.
R&S passive probes are the all-rounders in the world of probes. They are low-cost, general purpose solutions for a broad range of applications. Learn more.
How to use an oscilloscope. All the basics of operating oscilloscope in one big poster - great to include in any electronic labs!
All the fundamentals of oscilloscope in one big poster - great to include in any electronic labs!
Be the first to get the latest news and info about the upcoming leading-edge instrument from Rohde & Schwarz!
Learn how to debug serial protocols with an oscilloscope. Explore the most common types of serial protocols, such as UART, (Q)SPI, I2C and CAN bus.
This allows Rohde & Schwarz to provide a robust and reliable solution for remote control of their oscilloscopes. Connecting to the instrument To connect to the Rohde & Schwarz oscilloscope using the RsInstrument Python module, you will first need to know the IP address or hostname of the oscilloscope. This can be found in the oscilloscope's network settings.